Slump
Slump.
this is recognized as a avalanche :)
The type of erosion that occurs when gravity alone causes rock or sediment to move down a slope is called mass movement. The types of mass movement are creep, slump, rock slides, and mudflows.
Sediments move around due to the combination of the force of gravity acting on the sediment and or the movement of the fluid in which the sediment is entrained. Movement may either be made by air, water or ice. Sediment movement in fluids occurs in water bodies as a result of water currents and tides. (I have edited this article completely as the las idiot who type is they turn in to poo)
a slump- a curved surface in the landa creep- sediment and trees lean downhill (slowly)rockfalls and rock slides- rocks break lose and tumble and fall downhillmudflow-it flows down a slope and occurs after a heavy rainfall in a area with lose sediment
I think is a slump.
Slump.
this is recognized as a avalanche :)
"mud slide"
RUNOFF
"mud slide"
creep
The type of erosion that occurs when gravity alone causes rock or sediment to move down a slope is called mass movement. The types of mass movement are creep, slump, rock slides, and mudflows.
The process in which sediments move slowly downhill, is called creep. It is common where freezing and thawing occur. As ice expands in soil, it pushed sediments up. Then as soil thaws, the sediments move farther downslope. Over time, creep can move large amounts of sediment, possibly causing damage to some structures
Sediments move around due to the combination of the force of gravity acting on the sediment and or the movement of the fluid in which the sediment is entrained. Movement may either be made by air, water or ice. Sediment movement in fluids occurs in water bodies as a result of water currents and tides. (I have edited this article completely as the las idiot who type is they turn in to poo)
A sedimentary rock is formed.
Earthquakes occur as a result of strain from tectonic movement being suddenly released as a shock wave. In addition volcanoes may be formed as a result of divergence or subduction (from convergence), which both result from tectonic movement.